

*NOTE THAT OUTCOME VARIABLE IS THE SECOND VARIABLE, FOR SOME REASON.	

			
graph3d x z y info_means if extracted==1 | (color_adjustment==1 | plotsize_adjustment==1) ,  ///
	 xlab("{&rarr}    Less       {c 32}") ylab(" {c 32} {&rarr} More_Other   ") zlab("{c 32}            More_Fuel {&larr}      {c 32}")     ///
	  ylangle(90)  zlangle(30) xlangle(-30) ylpos(3) xlpos(11) zlpos(10) ///
		markeroptions(mlab(load_lab) mlabvpos(position) mlabcolor(gray) msymbol(S)  color(%50))  ///
				cuboid innergrid perspective colorscheme(bcgyr)   ///
			aspectratio(1) scale(.1) blvertices 
			
graph export "C:\Users\awcassidy1\Dropbox\jmp_new\figs/extracted_only_`sem_solution'_`get_corr'_`factor_all'_`use_test_data'_`use_means'_`tt'.pdf", as(pdf) replace


graph3d x z y info_means if to_graph==1 | color_adjustment==1 | plotsize_adjustment==1,  ///
	 xlab("{&rarr}    Less       {c 32}") ylab(" {c 32} {&rarr} More_Other   ") zlab("{c 32}            More_Fuel {&larr}      {c 32}")     ///
	  ylangle(90)  zlangle(30) xlangle(-30) ylpos(3) xlpos(11) zlpos(10) ///
		markeroptions(mlab(load_lab) mlabvpos(position) mlabcolor(gray) msymbol(S)  color(%50))  ///
				cuboid innergrid perspective colorscheme(bcgyr)   ///
			aspectratio(1) scale(.1) blvertices
			
graph export "C:\Users\awcassidy1\Dropbox\jmp_new\figs/all_measures_`sem_solution'_`get_corr'_`factor_all'_`use_test_data'_`use_means'_`tt'.pdf", as(pdf) replace
			